Magnetic beverage holder

ABSTRACT

An improved holder for receiving a liquid-containing device and mounting it onto a magnetic accepting support or surface is provided having a foldable single unit wrap element with a magnetic means secured to the outer surface of the wrap element.

CLAIM OF PRIORITY

This application is a continuation-in-part of U.S. application Ser. No.10/082,834 filed Feb. 25, 2002.

FIELD OF INVENTION

The present invention relates generally to a holding apparatus for aliquid-containing device and, more particularly, to a cup holding devicethat is capable of receiving a cup and mounting it on a metal support orsurface.

BACKGROUND OF INVENTION

Cup holders have been designed to ease the handling of cups.Conventional cup holders typically have a cylindrical shape which isdesigned to encircle the sides of a cup while leaving its bottomessentially open. These holders can affix about the curvature of thecup. They may have a fluted appearance allowing retention of a cup withtapered sides. Cup holders have also been incorporated into otherstructures to provide a fixed-in-place support, such as in a dashboard,door or center section of a motor vehicle, or in the armrest of a movietheater or stadium chair. Holders may also be donned in an insulated orpadded pocket of a garment or a lumbar carrying pack to free the handsof a user.

Cup holders may be constructed of a variety of materials, depending uponthe intended use. For example, holders comprise of rigid materials, suchas a synthetic polymer, plastic or polyethylene vinyl chloride, orflexible plastic, foam, plastic covered foam or neoprene. They may alsobe constructed of pressed material such as paper pulp and have multiplenubs or depressions therein.

In addition to aiding the gripability of the cup, cup holders canenhance a cup's insulation ability, block condensation or add adecorative feature.

In all of these cases where cup holders have been designed for the easeof the user, none have offered an adjustable, folding portablemetal-supportable cup holder.

Accordingly, it is an object of the present invention to provide a cupholder having the capability of being supported by a metal magneticaccepting support or surface. It is a further object of the inventionthat the holder be adaptable to accommodate a variety ofliquid-containing devices such as, for example, different types andsizes of cups, mugs, bottles and cans. In other embodiments, themagnetic holding wrap can be adapted to hold bathroom products, such astoothbrushes, toothbrush holders, razors, shampoo or conditioner bottlesand other items. More particularly, an object of the invention is toprovide a reusable folding cloth or reinforced neoprene magnetic wrapthat can be covered having a fastener to allow the ends of the wrap toremovably secure about a liquid-containing device. Another object is toprovide a wrap that insulates, comforts and magnetically attaches to anymagnetic accepting surface while supporting a liquid-containing device.

SUMMARY OF INVENTION

The present invention is directed towards an improved holder for holdinga liquid-containing device and mounting it on a metal support orsurface. A liquid-containing device, or as referred to generally hereinas a “cup,” includes, but is not limited to, a cup, mug, can, bottle,flask or other similar container. The invention generally comprises awrap element having a first surface, a second surface, two ends, atleast one attachable means on each such surface, and a magnetic meansprovided on or in a portion of the first surface. The wrap element has agenerally elongated form, but in certain situations a square shape isbetter suited for the intended end use. For instance, the shape of thewrap element can be designed to cover a more, or less, substantialportion of the cup outer surface or a larger or smaller cup by alteringelongation.

The wrap element is made of any material in a size and durabilitycapable of accommodating a cup. Preferably, it is constructed of asynthetic polymer, such as polychloroprene or neoprene rubber, or foam.Neoprene rubber is known to display outstanding physical toughness,flexibility, resistance to damage from use and weather and has goodresilience. The rubber may be used raw or exposed, or it can be coveredwith a natural or synthetic cloth for the finished wrap element. Thecovered wrap element offers a decorative feature as well as a protectivebarrier to those who may be allergic to rubber. Regardless of the cover,the wrap element first surface may have ornamental features or multiplecoverings may be applied to the whole or a part of the first surface toadd a decorative or textured feature.

The magnetic means may consist of one or more magnets affixed to thefirst surface with adhesive and covered with a patch to secure themagnet or magnets to the first surface. Alternatively, the magneticmeans may sit in a crevice or indent portion of the first surfacethereby making the magnet means flush with the wrap element firstsurface. It may also be completely embedded into the wrap element suchthat magnetic means is entirely or partially concealed by the wrapelement. Preferably, the magnetic means is centrally positioned betweenthe side lengths of the first surface and equal distant between theends.

The elongated wrap element is generally shaped so that the two endsdetachably engage with each other. Side lengths of the elongated wrapelement may be essentially parallel to each other, creating a moreuniform rectangle for accommodating an upright cup. To accommodate atapered cup, the side lengths may have a slightly semi-circular shape.The ends are straight or generally curved to ease handleability.

One attachable means resides at the end of the first surface and anothercommunicating attachable means resides on the opposite end of the secondsurface such that it can detachably engage the first surface attachablemeans. Attachable means comprise of fasteners such as magnetic or nylonbuckles, magnets, snap locks, adjuster bars, zipper pulls, slides orcord locks. The attachment means should be capable of tightly affixingabout the container and are preferably selected to offer a way ofadjusting the length of the wrap element to thereby accommodate a rangeof cup sizes.

Generally, an embodiment of the present invention is made according tothe following steps. An elongated piece of neoprene of about {fraction(1/16)}-½ inch thick, e.g. neoprene having a rough surface and asmoother surface with a backing, is obtained. From a central part of thefirst surface of the neoprene at least one small square portion isremoved. Preferably, the removed portion measures about ¼-⅝ inch inlength by ¼-⅝ inch in width. It may extend completely through theneoprene resulting in a hole, or cut just a superficial depth of theneoprene leaving a crevice on the surface. Multiple portions may beremoved depending upon the desired design. For wrap elements in whichthe portion provides a hole, a patch such as a piece of cloth is affixedto the outside or second surface of the wrap element about the holeportion. One or more magnets are then placed into the hole or crevice.Preferably, this assembly is done by placing the wrap element on amagnetized steel and/or iron plate. The magnetized plate helps to alignthe magnet polarity, positive side facing outwards, reverse polarityrepel hence place attracting side magnet out; or the reverse may bedone.

Another cloth, preferably nylon cloth, is affixed to all or a portion ofthe first surface of the wrap element. VELCRO® end fasteners are affixedto opposite ends of each side of the wrap element so that both endscommunicate and removably attach securely to each other. Generally, thecloth and fastener items can be affixed to the neoprene using anyconvenient means, such as glue, paste, staples, pins or stitches.

The user places the wrap element around a cup and fastens firstattachable means to the second attachable means to securely affix itthereabout. Once securely about the cup, this combination can be mountedonto a magnetic accepting support or surface while, additionally,providing standard features associated with cup holders. Useablemagnetic accepting surfaces are endless. They can range from outdoorstructures, such as a galvanized light post, to an indoor wall support.To disengage the combination from the metal support, the user twists andlifts it off. The user avoids the hassle and strain of balancing a cupin situations where a metal support is nearby, such as a sign at the busstop, a file cabinet at work, or a parking meter post. Additionally, thewrap element provides insulation to the container contents and managespossible condensation.

An important feature of this invention is that it can be designed toallow the user to use it with a variety of sized cups. Another importantfeature is that the strength of the magnetic means is significant whilethe overall weight is not burdensome to the user. Optionally, the usercan also use multiple wrap elements simultaneously together, i.e., onewrap element is secured about a surface or worn about a limb of a personand another wrap element, of opposite polarity, is removably attachedthereto at magnetic means.

Another embodiment of the invention provides a single-unit cylindricalwrap element that can optionally have a base portion. The single unitwrap has a magnetic means secured thereto, said magnetic meansoptionally covered with a protective layer.

Other features, aspects and advantages of the present invention willbecome better understood or apparent from a perusal of the followingdrawings, detailed description of the invention and appended claims.

BRIEF DESCRIPTION OF THE DRAWINGS

In the drawings which are attached hereto and made a part of thisdisclosure:

FIGS. 1 and 1 a illustrate a top view of two embodiments of a firstsurface of the present invention.

FIGS. 2 and 2 a show a perspective view of two embodiments of thepresent invention.

FIG. 3 shows a top perspective view of an embodiment of the wrap elementin an attached position.

FIGS. 4 and 4 a illustrate a top view of the first surface having twocrevices for holding a magnetic means in two embodiments of the presentinvention.

FIGS. 5 and 5 a show another perspective view of two embodiments of thepresent invention.

FIGS. 6 and 6 a provide a cross section of the wrap element attachmentmeans in an embodiment of the present invention.

FIGS. 7 a and 7 b show perspective views of an assembled cup holderformed to hold a cup according to an embodiment of the presentinvention.

FIG. 8 shows a plan view of one surface of an embodiment of the presentinvention wherein one end attachment means has a tab portion.

FIG. 9 shows a perspective view of an embodiment of the presentinvention having a bottom.

FIGS. 10 and 10 a illustrate a cross section of the wrap element havinga bottom portion in two embodiments of the present invention.

FIG. 11 illustrates another view of the wrap element with bottom portionhaving a magnetic means.

FIG. 12 shows an embodiment of the second surface of the presentinvention having exposed texture portions.

FIG. 13 shows a perspective view of an embodiment of the inventionwherein the wrap is a foldable single unit having a cylindrical shapeand a tightening means.

FIGS. 14, 15, 16, and 17 variously show elevation views of the front,back, left and right sides, respectively, of the single unit wrap andthe tightening means.

FIGS. 18 and 19 show top and bottom plan views respectively of thesingle unit wrap.

DETAILED DESCRIPTION OF THE INVENTION

In a presently preferred embodiment of the present invention, byreference to FIG. 1, a cup holder 10 is shown unassembled and is in theform of an elongated wrap element 11. Wrap element 11 is defined by alength having two distal ends, 12 and 13, and two sides, 14 and 15, afirst surface 20 and a second surface 30. Optionally, it has a bottom17. Each of surfaces 20 and 30 also has an attachment means, 21 and 31,that is designed to removably attach with the other and be positionedalong wrap element 11 at opposite ends from one another. A magneticmeans 50 is provided on or in a portion of the first surface 20.

In one embodiment, wrap element 11 is constructed out of a piece ofneoprene having a thickness of about {fraction (1/16)} to ½ of an inch,preferably about ⅛ of an inch. The length varies. Preferably, it isabout 10 to 14 inches, and more preferably the length is about 11 to 11½inches. First and second surfaces can have a texture to improvegripability with a cup and/or the user. Grip may be further enhancedwith installation of an additional covering. A decorative pattern can beapplied to the first surface 20. It may be print directly on firstsurface 20 or comprise an additional layer of natural or syntheticcloth, such as nylon cloth affixed thereto.

The attachment means, 21 and 31, are positioned so that when wrapelement 11 is used in combination with a cup they detachably engage witheach other thereby allowing the wrap element 11 to adapt tightly to thecontours of the cup. In an embodiment of the invention, first surfaceattachment means 21 is provided near to end 12 in a position betweensides 14 and 15, as shown in FIG. 1. As shown in FIG. 2, second surfaceattachment means 31 is provided on second surface 30 along end 13 in aposition between sides 14 and 15. The attachment means 21 and 31 aredesigned to detachably engage each other when they are fastenedtogether. Preferably, the attachment means 21 and 31 comprise fasteners,magnets or hook and latch closures, such as VELCRO®. For example, firstattachable means 21 contains the hooks and second attachable means 31contains a receiving latch closure. The selected attachment means iscapable of providing a reliable hold sufficient to support aliquid-containing device according to the present invention.

Magnetic means 50 may consist of one or more magnets. In an embodiment,the magnetic means 50 consists of a relatively small magnet that has amagnetic force superior to that of a commonly known and used magnet(e.g., refrigerator magnet). Typically, such common magnets havestrength of about 2.0-4.3 kilogauss. Preferably, magnetic means 50contains a magnet 51 having a strength of about 30 to 42 kilogauss. Ithas been found that magnets having this level of strength are able tohold the weight of a common beverage, while magnets of lesser strengthmay not be strong enough to support the weight of a common beverage. Ina more preferred embodiment, a 35 kilogauss (neodynium-35) (Nd₂Fe₁₄B)magnet is used, and the magnet is about a ¼ to ½ inch square in size andabout {fraction (1/32)} inch thick. Preferably, magnetic means 50 iscentrally positioned on the first surface 20, although other positionswork amply as well. In an alternative embodiment, magnetic means 50 islocated at or near to an end of wrap element 11 and a correspondingattracting part is at the other end on the opposite surface of the wrapelement thereby providing the dual the functionality of both magneticmeans 50 and attachment means 21 and 31.

Magnetic means 50 can be affixed to the first surface 20 with adhesiveand covered with a protective coating or patch 55 to secure it to firstsurface 20 as illustrated in FIG. 3. The protective coating 55 can be alaminant or include a piece of nylon-cloth that is about {fraction(1/32)} inch or less in thickness and be sized just large enough tocover magnet means 50. It can also provide an excess trim for holding tosaid first surface 20, such as in FIG. 1. The protective coating 55 canalso cover the entire first surface 20 of wrap element 11. Preferably,it has the dimensions of 2¼ to 2½ width by 11¼ length. Alternatively,multiple magnets 51 are provided in a crevice or indent portion 22 ofthe first surface 20, as shown in FIG. 4. Indent portion 22 includes aportion of the first surface 20 that has a width and depth contoured tothe dimensions of the magnetic means 50 and, preferably, as illustratedin FIGS. 5 and 6, such that the top surface of magnetic means 50 isflush with the first surface 20.

The wrap element 11 is essentially rectangular in shape. Preferably, ithas a slight curvature giving a semi-circular shape along sides 14 and15 and rounded distal ends 12 and 13. The curvature can be adjusted toform a conical shape that accommodates tapered cups or provides greatersupport and gripability to traditional cylindrical cups. When in use, auser simply places wrap element 11 about a cup or mug and overlaps thetwo attachable ends 21 and 31 so that they securely join with each otheras illustrated in FIGS. 7 a and 7 b. Once the cup is tightly fit aboutthe cup, the holder combination can be mounted onto any metal magneticaccepting support by positioning the portion of the cup holder havingthe magnetic means against the metal support. To disengage the holdercombination, it is twisted slightly at the magnet and lifted off. Themechanics of this will become evident when in use.

In another embodiment of the invention, attachment means 21 and 31 areincorporated into the wrap element 11 and flush with the exteriorsurface. One (or both) attachment means can have an adjustable point ofclosure with the corresponding attachment means. It can comprise a tabor extended portion. Attachment means 21 (and or 31) may form a tabportion 21 a extending the length of a part of one end of the wrapelement, as in FIG. 8. In a preferred embodiment, Tab 21 a extends partof the end by about ½ inch and measures about one inch wide. Tab 21 acan thereby ease disengagement of the attachment means for removing thewrap element from a container, and accommodate an increased range ofcontainer shapes and sizes.

A bottom portion 17 can be provided with the holder as illustrated inFIG. 9 or, alternatively, as in FIG. 10, in another embodiment of thepresent invention. Bottom 17 is attached to or incorporated into one ofthe side lengths, 14 or 15, of wrap element 11 to provide additionalsupport for holding the cup in place and to prevent it from slipping outshould the grip not be properly secured. Preferably, bottom 17 folds andexpands, and is comprised of a flexible material, such as polyester,neoprene or an elastic cloth or web material, and is foldable. In apreferred embodiment, bottom portion 17 is comprised of the same pieceof material as wrap element 11 to resemble a single unit and, may becast from the same piece of material to form an integrated single unit.FIG. 10 shows a cross-sectional view of the single unit wrap element forencircling a beverage.

A single unit wrap embodiment is also shown in FIGS. 13-19. The singleunit wrap 100 can be pocket-like or cylindrical. Preferably, itcomprises a planar section of material that is connected at opposingends to form a continuous loop of material. The material is foldable andtherefore can achieve its cylindrical shape when a beverage container ofthe common type, e.g., bottle or can, is placed therein. The single unitwrap is made of a foldable material such as polyester, neoprene or anelastic cloth or web material. It is configured to accept, and fitsnugly around, a beverage container such as a bottle or can. Secured tothe single unit wrap 100 is a magnetic means 50 as described above. Themagnetic means can be held in place by an adhesive and is preferablycovered with a protective layer 55. The protective layer can be made ofa number of nonabrasive flexible materials, and is preferably vinyl. Itcan also provide an excess trim for holding said magnetic means 50 tosaid single unit wrap 100 as shown in FIGS. 13 and 15, therefore, insuch embodiments it can be the protective layer that secures themagnetic means instead of or in combination with an adhesive. In someembodiments, this means that the magnetic means 50 lies between thesingle unit wrap 100 and the protective layer 55. FIGS. 13 and 15, forexample, show five magnets in the magnetic means 50. The skilledartisan, however, will appreciate that any number of magnets can be usedas the magnetic means. The base portion 200 can be attached along thebottom edge 101 of the single unit wrap 100 at two or more attachmentplaces, or continuously. The illustrated embodiment shows two attachmentplaces 201 and 202 of the base portion 200 on opposite sides thereof, tothe single unit wrap 100.

Attached to the single unit wrap 100 is the base portion 200 shown inFIGS. 14 and 15, and most clearly in FIG. 19. A magnetic means 50 can besecured to the base portion, or held in place to the base portion, inthe same was as described in the preceding paragraph.

Preferably secured to the wrap is a cinching strap 300. The cinchingstrap 300 preferably is circumferentially secured to the wrap 100 andhas attachment means. The attachment means is preferably two opposingsections of VELCRO® material 310, 320. Upon placing a beverage in thesingle unit wrap 100, a user can then tighten the cinching strap 300 toachieve a superior snug fit around the beverage.

In another embodiment, if separate, bottom portion 17 (or base portion200 in some embodiments) can be removably attached or partially orentirely affixed to the length 14 or 15, by any mechanism that ensuresits fit, including fasteners, stitches, snaps, zippers, etc., such as inFIG. 11.

The bottom 17 can also include a magnetic means 50 a. This may be thesame or different as magnetic means 50, but preferably employs one ormultiple magnets 51 a. Ideally, magnet 51 a is of the same power anddimension as that of magnet 51. It can sit on bottom 17 or in a crevicethereof, much like on the wrap element first surface 20, as shown forexample in FIGS. 10 and 11.

In another embodiment, multiple cup holders 10 are used together. Onewrap element 11 is secured about the arm of a wood chair. Another wrapelement, holding a container, is removably attached to the first holderat their respective magnetic means. To successfully hold, the magnetmeans must have opposite polarity. One of the means may also be wrappedabout an arm or leg of a person. It is contemplated that the inventionwill offer multiple applications. The length of the wrap element can beadjusted to accommodate various sizes of liquid-containing devices. Forinstance, in addition to holding cups and mugs, it has been designed tohold bottles for disinfectants, window wash, shampoos, etc.

Cup holder 10 can be provided with a decorative covering along a portionor the entire length as shown in FIG. 1. Decorative elements can beincorporated into the neoprene substrate or affixed thereto. Suchdecoration includes, for example, of commercial information, companylogo, art, scenic, advertising etc. The cup holder 10 can further have atexture. As indicated in FIG. 12, covering 60 is applied to secondsurface 30 leaving one or more openings 65 to the second surface 30.Surface 30 can be the neoprene or other substrate used, therebyincreasing the gripability of wrap element 11 when contact with acontainer. Textured neoprene should add to gripability especially whenin the container “sweats” or condensation forms. The texture, forexample, includes a silky nylon cloth similar to some camping gear.Other combinations of openings 65 with surface 30 can proveadvantageous. These features can be selected and refined for the desireduse and design of the wrap.

EXAMPLE

By way of an example, a cup holder was constructed in accordance withthe perimeters disclosed herein. One-eighth of an inch thick piece ofneoprene was cut to have a semi-curved shape. The length was abouttwelve inches and width of about two inches to four inches. Two piecesof VELCRO® were attached at one end of the first surface orientedessentially parallel to the end and the two cooperating pieces at theopposite end on the second surface aligned to pair with those on thefirst surface. Two magnets of about ½ inch square were affixed to thecenter of the first surface with a rubber cement adhesive and coveredwith a patch using nylon cloth.

The wrap element was then wrapped into an essentially cylindrical shapeabout a soda can. The combination was placed against the metal post of astreet sign and positioned so the magnetic means was against themagnetic accepting surface of the post. It immediately held fast to it.The combination was tested and found to mount effectively whilesupporting cups containing liquids weighing up to about one pound. Thecombination was removed by twisting and lifting it from the post.

While the foregoing has been set forth in considerable detail, theembodiments and preferences are presented for elucidation and notlimitation. It will be appreciated from the specification that variousmodifications of the invention and combinations of elements, variations,equivalents, or improvements therein may be made by those skilled in theart, and are still within the scope of the invention as defined in theappended claims.

1. An improved beverage container holder for magnetically mounting abeverage to a metal surface, comprising: a) a cylindrical foldablesingle unit wrap; and b) a magnetic means secured to said wrap.
 2. Thedevice of claim 1 wherein said magnetic means is adhesively secured tosaid wrap.
 3. The device of claim 1 wherein said magentic means issecured to said wrap with a protective layer.
 4. The device of claim 1wherein said magnetic means is covered with a protective layer.
 5. Thedevice of claim 1 wherein said magnetic means has a strength of 30 to 42kilogauss.
 6. The device of claim 1 further comprising a bottom portionattached in at least two portions to the bottom edge of the single unitwrap.